Note VICE availability: add x64/x64sc test paths to plan and build script
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@@ -32,18 +32,19 @@ git submodule update --init --recursive
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```sh
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cd src
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./build.sh # compile helloworld.c → src/build/helloworld.prg
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./build.sh -e # compile, then run in oscar64's built-in emulator
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./build.sh -e # run in oscar64's built-in emulator (fastest)
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./build.sh -v # run in VICE x64 (standard, fast)
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./build.sh -V # run in VICE x64sc (cycle-exact, slow but bit-perfect timing)
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```
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`build.sh` will build the oscar64 compiler automatically the first time
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(it runs `make -C make compiler` inside `./oscar64/` if
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`./oscar64/bin/oscar64` doesn't exist yet).
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To run the resulting `.prg` on a real C64 or in VICE:
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```sh
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x64 src/build/helloworld.prg
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```
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VICE 3.9 is installed at `/usr/bin/` and provides `x64`, `x64sc`,
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`x128`, `xvic`, `xpet`. We target the C64, so `x64` (fast) and
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`x64sc` (cycle-exact) are the two we use. `x64sc` is the one that
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matches real-hardware timing for the raster IRQ and SID tests.
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## Documentation
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+21
-5
@@ -4,6 +4,8 @@
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# Usage:
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# ./build.sh # compile helloworld.c → build/helloworld.prg
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# ./build.sh -e # compile, then run in the oscar64 built-in emulator
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# ./build.sh -v # compile, then run in x64 (VICE standard)
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# ./build.sh -V # compile, then run in x64sc (VICE cycle-exact)
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# ./build.sh -c # just compile (default; -c is a no-op for clarity)
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#
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# Output (in ./build/):
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@@ -44,8 +46,10 @@ EMU_FLAGS=""
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for arg in "$@"; do
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case "$arg" in
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-e) EMU_FLAGS="-e" ;;
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-c) ;; # explicit compile-only, no extra flags
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-e) EMU_FLAGS="-e" ;; # oscar64 built-in emulator
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-v) EMU_FLAGS="x64" ;; # VICE standard
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-V) EMU_FLAGS="x64sc" ;; # VICE cycle-exact
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-c) ;; # explicit compile-only
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-*) echo "unknown flag: $arg" >&2; exit 1 ;;
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esac
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done
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@@ -55,10 +59,22 @@ echo "compiling $SRC with $OSCAR64_BIN -> $BUILD_DIR/"
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# follow automatically since they share the base name.
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"$OSCAR64_BIN" -i="$OSCAR64_DIR/include" -o="$BUILD_DIR/helloworld.prg" "$SRC"
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if [ -n "$EMU_FLAGS" ]; then
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case "$EMU_FLAGS" in
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"")
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# compile only
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;;
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"-e")
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echo "running helloworld.prg in oscar64's built-in emulator"
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# The emulator reads the .prg; re-run with -e pointing at the same output.
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"$OSCAR64_BIN" -i="$OSCAR64_DIR/include" -o="$BUILD_DIR/helloworld.prg" -e "$SRC"
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fi
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;;
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"x64"|"x64sc")
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if ! command -v "$EMU_FLAGS" >/dev/null 2>&1; then
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echo "error: $EMU_FLAGS not found in PATH" >&2
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exit 1
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fi
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echo "running helloworld.prg in VICE ($EMU_FLAGS)"
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"$EMU_FLAGS" "$BUILD_DIR/helloworld.prg"
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;;
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esac
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echo "done: $BUILD_DIR/helloworld.prg"
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@@ -14,6 +14,37 @@ Conventions used below:
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The 6502-side development happens in `./src/`. The asset pipeline
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produces files in `./src/data/`.
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## 0.1. Test environment
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**VICE 3.9 is installed** at `/usr/bin/`. The binaries available:
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| Binary | Use |
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|--------|-----|
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| `x64` | Standard C64 emulator. Fast, good for gameplay iteration. |
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| `x64sc` | Cycle-exact C64 emulator. Slower but bit-perfect timing. **Use this for the raster IRQ, audio timing, and badline-sensitive tests.** |
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| `x128` | C128 emulator. Out of scope (we target C64 PAL), but available if we ever add C128 builds. |
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| `xvic` | VIC-20. Out of scope. |
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| `xpet` | PET. Out of scope. |
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A typical test session for a .prg at `src/build/whack_hare.prg`:
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```sh
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# Standard playthrough (fast, slight timing fudge)
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x64 src/build/whack_hare.prg
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# Cycle-exact (real timing, slower, what we'd see on real hw)
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x64sc src/build/whack_hare.prg
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# Auto-quit after 5 seconds (good for CI / scripted checks)
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x64src/build/whack_hare.prg -quitvm -exitscreenshot
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```
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The oscar64 built-in emulator (`build.sh -e`) is even faster than
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`x64` and is what we use during development for quick iteration. `x64`
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is what we use to confirm the binary works outside the compiler's
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emulator. `x64sc` is what we use to confirm timing-sensitive things
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(audio, raster IRQ) are correct before we call a phase done.
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> **Prerequisite correction to GAME.md**: I said the screens would be
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> 320×200 standard hires. That's wrong for these images — they have
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> well more than 2 colors per 8×8 cell. The correct target is
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@@ -37,7 +68,8 @@ runs.
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- [x] ✅ `GAME.md` written.
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- [x] ✅ Source artwork in `./source_images/`.
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- [ ] ⏳ **Verify:** `cd src && ./build.sh -e` runs the hello-world
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program in the oscar64 built-in emulator.
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program in the oscar64 built-in emulator. Also
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`x64 src/build/helloworld.prg` should work in VICE.
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**Done means:** `src/build/helloworld.prg` exists and the emulator
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prints "Hello World" then exits cleanly.
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@@ -135,10 +167,12 @@ state.
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**Verify:**
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- `cd src && ./build.sh -e` displays the title screen in the
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emulator for 5 seconds (or until fire is pressed) then exits.
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oscar64 built-in emulator for 5 seconds (or until fire is pressed)
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then exits.
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- `x64 src/build/whack_hare.prg` displays the title screen in VICE
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on real timings. Compare visually to the source PNG.
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- The .map file shows our code is in $0900-$1100-ish, well within
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the 38 KB main region.
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- The .prg loads and runs in `x64` (VICE) on real timings.
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**Done means:** we have a working screen display and we can swap
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between screens by changing one parameter. The bulk of the asset
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@@ -265,10 +299,11 @@ random source.
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sound (a low square wave burst, ~0.2 sec) and no point awarded.
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**Verify:**
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- The game still works in the emulator.
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- WAIT duration varies visibly across multiple rounds (use the
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oscar64 `-e` emulator's deterministic timing: even with
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randomness, the 50 Hz tick is rock-solid).
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- The game still works in the oscar64 built-in emulator.
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- `x64sc src/build/whack_hare.prg` runs the game at cycle-exact
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PAL timing (50.125 Hz). The state transitions happen on the
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right raster lines. The 50 Hz tick is rock-solid.
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- WAIT duration varies visibly across multiple rounds.
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- Press fire during WAIT (cheating) — nothing happens, we
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ignore inputs in WAIT state. (Add this as an explicit
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assertion in the test plan.)
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@@ -322,6 +357,9 @@ becomes audible.
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- WIN: arpeggio up.
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- GAMEOVER: longer fanfare.
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- The cues are recognizable and feel right (timing, volume).
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- Run the audio cues under `x64sc` to confirm the SID envelope
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generator timings are right; `x64`'s less accurate timing
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can hide note glitches that show up on real hardware.
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**Done means:** the game has sound. This is the phase where
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the game becomes "the game" rather than "a tech demo".
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@@ -386,16 +424,22 @@ with no rough edges. We also do the real-hardware test.
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- [ ] Add a brief stinger sound (0.1 sec) on each state
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transition. Just a quick low square wave.
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- [ ] Make sure scores are reset on entering GAMEOVER → TITLE.
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- [ ] Run the full game in VICE (`x64src/build/whack_hare.prg`)
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multiple times, including:
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- [ ] Run the full game in VICE multiple times:
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- `x64 src/build/whack_hare.prg` for the fast playthrough loop.
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- `x64sc src/build/whack_hare.prg` for the cycle-exact
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playthrough, which is the closest we'll get to real hw
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without owning a C64.
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Coverage:
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- P1 wins 5 in a row (cheat test: hold fire on port 1 the
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whole DRAW).
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- P2 wins 5 in a row.
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- Tie game: both fire on the same frame (impossible to test
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deliberately, but log it if it happens).
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- "Fault" case: nobody fires for 10 sec.
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- [ ] Build with `-O3` and verify the .prg still works
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(optimization can change timing subtly).
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- 10 random full matches to sanity-check the WAIT duration
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distribution.
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- [ ] Build with `-O3` and verify the .prg still works under
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`x64sc` (optimization can change timing subtly).
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- [ ] If we have a real C64 or a Turbo Everdrive, test on
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real hardware. Otherwise document that we tested in VICE
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cycle-exact mode (`x64sc`).
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@@ -403,6 +447,9 @@ with no rough edges. We also do the real-hardware test.
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target to build.sh.
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- [ ] Final pass: review the .map file, check no section is
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larger than expected, check no RAM region is over-allocated.
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- [ ] Final sanity check under `x64sc`: load the release build,
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play a full match, and confirm the .prg is small enough to
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load via `LOAD"*",8,1` (i.e. ≤ 202 blocks = 51,308 bytes).
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**Verify:**
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- The game plays end-to-end on real timings.
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